Micro:Bit Collection
Announcement
Check out our latest news to find out more about events, opportunities and partnerships.
Esmes' Electronics
Esmes' Electronics is a simple introduction to using the micro:bit written by a year 5 student.
Troys' tutorials
Learn with Troy by asking for support and, he will post a tutorial here to benefit all of our visitors. Free advice!
Menu title
This section doesn’t currently include any content. Add content to this section using the sidebar.
Your headline
Image caption appears here
$49.00
Add your deal, information or promotional text
The TLV493D 3-axis magnetometer is a great little sensor for detecting magnets in 3D. In fact, the manufacturer Infineon suggests it could be used to make a joystick! You could also use it for other cool things like detecting objects with magnets attached, like the lid of a box, or maybe a statue that unlocks your secret lair when placed on your mantle?
The TLD493D excels at measuring nearby magnetic fields in three dimensions. It's not going to make a good compass, it's not sensitive enough to pick up the Earth's magnetic field, but you can use it to track the movement of nearby magnets in three dimensions.
Here are a few specs:
As we are wont to do, we've made the TLV easy to use by putting it on a breakout PCB along with the circuitry to support it. A voltage regulator and logic level shifting combine to make it usable with a range of microcontrollers with either 3.3V or 5V logic levels. We even give you a pin for you to use the excess 3.3V juice not needed by the TLV493D.
We've also outfitted the breakout with SparkFun Qwiic compatible STEMMA QT connectors to allow you to use it with other similarly equipped boards without needing to solder. QT Cable is not included, but we have a variety in the shop. Because the TLV493D "speaks" I2C, you only need two wires (in addition to power) to interface with your microcontroller, and you can share those pins with other I2C sensors. The manufacturer Infineon was kind enough to provide a library to use the sensor with Arduino, and we've written one to use it with CircuitPython and Python for use on Raspberry Pi and other Linux computers.
We use cookies on our website to give you the best shopping experience. By using this site, you agree to its use of cookies.
Subscribe to our monthly newsletter for sneak peeks at new collections and early access to promos and flash sales!